Ignition distributor connector
Transcription
Ignition distributor connector
Technical Information Sheet no. 5 CONNECTOR SYSTEMS FOR IGNITION CIRCUITS A few words of introduction 40,000 volts, temperatures up to 250 °C, vibration, salt water, road dust, cleaning agents ... these are just a few of the permanent stresses to which connectors and ignition cables are subjected dayin, day-out. Ignition lead sets bearing the Beru name are therefore constructed to be totally waterproof, resistant to corrosion, stress free and as a special feature, a reliable contact system. Beru ignition lead sets are manufactured to original equipment quality and, where necessary, suppressed in accordance with the VDE standard. This brochure explains how you can repair or totally replace ignition lead sets reliably and professionally with the help of the Beru ZAZ 3 workshop range. The range enables workshops for the very first time to employ the same attachment techniques used as standard in mass manufacture. 2 Index of Contents Beru ignition cable systems Instructions on how to use the brochure and the ZAZ 3 workshop range CopperCable connector systems BMW Mercedes Benz Opel VW/Audi/Seat Universal PowerCable connector systems Waterproof mouldings Installation aids Workshop tips Page 3 5 6 8 12 15 16 18 19 21 22 23 PowerCable Inner silicon insulation (core) Optimum insulation, prevents power loss, highly flexible High-grade steel resistor wire For optimum high-voltage transmission and consistent resistance values Textile braiding Strengthens the ignition cable, guarantees high tensile strength, increasing the service life. Ferro-magnetic silicon for effective and reliable suppression Reliability comes from updating with the right ignition cables European automobile manufacturers use three different types of OE ignition cable systems in their vehicles: either resistance ignition circuits with wire resistance in the cable, with carbon resistance in the cable or ignition circuits with a copper core on which the suppression resistance is integrated in the connectors. Up to just a few years ago bakelite connectors and PVC ignition cables were still being installed in many vehicles; the spark plug connectors used in these systems had no protection whatsoever against water ingress and dust/dirt. So if the system requires updating we recommend ignition cables and connectors from Beru for your customers: for copper ignition cables, Beru CopperCable, for resistor ignition cables, Beru PowerCable. These quality cables guarantee precision ignition sequence, optimum engine performance and low fuel consumption - to the same OE supplier quality. The following pages give you information and tips on repairing and assembling together complete Power and CopperCable systems. High temperature resistant, durable silicon sheath (--60 °C to +250 °C) Provides effective protection against oil, petrol, salt water, acid, heat and other external influences. Modern connection materials from Beru offer many advantages Previously Today Ignition cables PVC Silicon Safe voltage 15,000 V 40,000 V Temperature resistance (max.) 80 °C 250 °C Protection against water and moisture limited 100% CopperCable Original spark plug contact Fits M4 or SAE spark plug Precision co-ordinated loss resistance designed to suit the ignition system, conforms to VDE standard Metal screening on Audi, Mercedes, Seat, VW extra thermal protection and radio interference suppression Epoxy resin casing temperature resistant, voltage-proof Original ignition cable attachments – BMW locating sleeve (non-detachable) – Mercedes screw connection (M3) – Audi, Seat, VW saw-tooth sleeve Silicon safety tube for water and dustproof fit, highly voltage resistant Silicon safety cap highly voltage resistant Silicon ignition cable, talcum-coated glass fibre reinforced, copper core, high voltage resistant, highly flexible, highly temperature resistant Ignition distributor contact 3 Ignition cable contact options Description Application Order no. Packaging unit Locating sleeves primarily Audi VW BMW 0 901 300 001 1 box = 100 units Saw-tooth sleeves primarily Audi VW Seat 0 901 300 002 100 units M3 threaded sleeves primarily Mercedes-Benz Porsche 0 901 300 003 100 units SAE ignition cable sleeves primarily Ford Opel Fiat 0 901 300 004 100 units SAE 90° ignition cable sleeves primarily Ford Opel 0 901 300 007 100 units Ignition distributor sleeves Universal for DIN connector pin 0 901 300 005 100 units Description Order no. Packaging unit 0 300 800 023 25 m roll 0300 800 021 25 m roll 0 300 800 002 50 m packed in boxes Order no. Packaging unit 0 300 800 030 25 m roll (inklusive of 100 contact needles 0 901 300 010) Copper ignition cable Silicon ignition cable 7 mm dia. black Silicon ignition cable 7 mm dia. red PVC ignition cable 7 mm dia. black Resistance cable (5,64 k/m) Description PowerCable silicon 7 mm blue Category B C D E F 4 Insulation Temperature resistant at Thermal ageing (3000 h) Thermal overload (1 h) 105 °C 120 °C 155 °C 180 °C 220 °C 120 °C 155 °C 180 °C 220 °C 250 °C PVC EPP, Hypolon, EPDM EVA Silicon Silicon The ZAZ 3 workshop range for quick and reliable ignition cable repairs Order No. 0 890 300 003 The range includes: Crimping pliers Locking sleeves Saw-tooth sleeves M3 threaded sleeves SAE ignition cable sleeves SAE ignition cable sleeves, angled Guide: The right “contact” for every vehicle What you need: Ignition distributor sleeves Waterproof mouldings G 1 PK Waterproof mouldings GS 7 and GW 10 Inserting tool Detailed instructions for use Installation oil The ZAZ 3 crimping pliers: an indispensable tool For repairs or replacement, Beru offers a practical tool which will enable you to crimp the sleeves onto the ignition cables to the same standard as the original fittings: The Beru ZAZ 3 workshop range Beru ignition cable from the roll Beru connectors The Beru ZAZ 3 crimping pliers And how it’s done: The key advantages: 1. Select the correct connectors or the waterproof moulding with the help of the diagrams on the following pages. 2. Read the description on the relevant ignition cable contacts. (Alongside this description you will find the order number and packaging unit.) 3. Remove the complete ignition harness (“old”) or individual cable and measure out the cable lengths (marking the cablecylinder order beforehand if required). 4. Using the Beru ignition connectors, sleeves and the Beru ZAZ 3 crimping pliers, make up the corresponding ignition cable set (Installation Instructions on Page 6, Page 19). • The compression pressure, which is important to ensure a reliable connection, can be achieved quickly and easily during the crimping process. Beru ZAZ 3 crimping pliers • This is the only way to achieve the stipulated withdrawal values. • This is the only way that OE quality connectors can be used. • This is the only way to carry out repairs on the engine itself without any problems. The cable system does not have to be replaced. Markings for checking the stripping Cable squeeze M3 threaded sleeve Pull release saw-tooth sleeve Pull release locating sleeve and M3 threaded sleeve Order No. 0 890 300 001 Release the lock Cable squeeze saw-tooth sleeve Cable squeeze locating sleeve Cable squeeze SAE ignition cable sleeve, ignition distributor sleeve 5 CopperCable connector systems Audi, BMW, Mercedes, Seat and VW vehicles are fitted with technically superior high-quality copper ignition circuit systems as standard. Silicon-coated or injection moulded connectors, with integrated suppression resistance for waterproof protection, are two of the features of this engineering. The design ensures optimum heat protection, is resistant to disruptive discharge up to 40,000 volts and vibration-resistant. The suppression (in accordance with VDE) is co-ordinated to suit the ignition system of the vehicle manufacturer. Thanks to their silicon coating the ignition cables are highly flexible up to 250 °C. Installation Instructions for CopperCable How the ignition cables are attached for total reliability as shown by the example of a Mercedes-Benz connector with M3 threaded sleeve 6 Remove the insulation at the end of the ignition cable with the help of an appropriate tool (wire cutter). An easy way to check the correct length of cable has been stripped, i.e. 6.8 mm, is to place it in the head of the pliers. 1 2 3 To produce the connection between sleeve and copper core, proceed as follows: first place the ignition cable with sleeve into the crimping pliers - so that the thread protrudes out of the plier jaws. Then press the pliers together until they self-release. 4 5 6 Fitting the spark plug connector or the ignition distribution connector: apply installation oil to the ignition cable and the internal silicon seal on the connector. Now carefully position the M3 threaded sleeve onto the ignition cable. We recommend that you twist the fine copper wires slightly beforehand so they do not splay out when being connected, instead they all slot into the threaded section of the connection sleeve. The connection between the sleeve and silicon outer sleeve is created during the second crimping process. Use the crimping pliers in position 1. Insert the sleeve in such a way that it closes together with the rear edge of the pliers, then press the pliers together until they self-release. The ignition cable must now be screwed into the connector. Finally, unscrew it by one quarter revolution to make it easier to subsequently unscrew the connector. For secure copper ignition cable connections Connecting the locating sleeve: 1. Strip ignition cable using appropriate tool. Check the measurement, 5.5 mm, by positioning on head of pliers. 3. Attaching: as shown on Page 6. 2. Insert locating sleeve onto the ignition cable as far as it will go. Attaching the saw-tooth sleeve: 1. Strip ignition cable using appropriate tool. Check the measurement, 7.5 mm, by positioning on head of pliers. 3. Attaching: as shown on Page 6. 2. Insert saw-tooth sleeve onto the ignition. Attaching the M3 threaded sleeve: 1. Strip ignition cable using appropriate tool. Check the measurement, 6.8 mm, by positioning on head of pliers. 3. Attaching: as shown on Page 6. 2. Insert M3 threaded sleeve onto the ignition cable as far as it will go. Attaching the SAE ignition cable sleeve: 1. Cut ignition cable cleanly. 3. Attaching: a) Insert ignition cable with sleeve into pliers (see diag. 4). b) Press pliers together until they self-release (see diag. 4, Page 6). Attaching the angled SAE ignition cable sleeve: 1. Strip ignition cable using appropriate tool and bend cable core back (measurement approx. 15 mm). 3. Attaching: a) Insert ignition line with sleeve into pliers (see diag. 4). b) Press pliers together until they self-release (see diag. 4, Page 6). 2. Attach angled SAE ignition cable sleeve to ignition cable so that the cable core comes into contact with the body of the sleeve. Attaching the ignition distributor sleeve: 1. Cut ignition line cleanly. 2. Attach DIN sleeve to the ignition cable. Beru EFS 7 inserting tool Order no. 0 890 300 002 3. Attaching: a) Insert ignition cable with sleeve into pliers (see diag. 4). b) Press pliers together until they self-release (see diag. 4, Page 6). The Beru EFS 7 tool is needed for attaching the locating sleeve to the connector securely and quickly. Push the ignition cable into the tool using your thumbs; locating sleeve is now positioned in the tool. Apply installation oil. Insert ignition cable into the spark plug connector or distributor connector with the help of the tool until you hear the engaging pin-connector engage. Withdraw tool. Installation Instructions for CopperCable 2. Push SAE sleeve with pin onto ignition cable. 7 BMW Spark plug connectors Spark plug SW 21 SW 16/21 4 mm 4 mm Description and Order no. Ignition cable ZLE 004/3 0 300 012 002 PVC/silicon ignition cable with saw-tooth contact ZLE 147 0 300 032 101 PVC/silicon ignition cable with saw-tooth contact ZLE 166 0 300 032 107 Silicon ignition cable with locating sleeve contact Connector Systems ZLE 185 0 300 132 104 8 SW 16 SAE ZLE 190 0 300 332 109 Silicon ignition cable with locating sleeve contact Distributor cap Distributor cap with 8 mm DIN connection, 27 kV engineering ✱ Description and Order no. Ignition cable VESO 112 0 300 513 116 PVC/silicon ignition cable with saw-tooth contact VESO 113 0 300 513 113 Silicon ignition cable with M3 contact VES 101 0 300 413 107 PVC/silicon ignition cable with saw-tooth contact BMW Ignition distributor connector VESO 118 0 300 513 141 ✱ Distributor cap with 4 mm connection, 27 kV engineering VES 107 0 300 413 113 Silicon ignition cable with locating sleeve contact ✱ VESO 117 0 300 513 140 Silicon ignition cable with locating sleeve contact VESO 120 0 300 513 124 PVC/silicon ignition cable with M3 contact ✱ Distributor cap with 4 mm connection, 30 kV Motronic engineering VES 106 0 300 413 112 Silicon ignition cable with locating sleeve contact Connector Systems ✱ ✱ Fitted as standard 9 BMW Ignition coil connector Ignition coil Ignition coil with 8 mm DIN connection, 27 kV engineering Description and Order no. Ignition cable VESO 112 0 300 513 116 PVC/silicon ignition cable with saw-tooth contact VESO 119 0 300 513 122 PVC/silicon ignition cable with locating sleeve contact VES 101 0 300 413 107 Silicon ignition cable with saw-tooth contact VESO 118 0 300 513 141 ✱ Ignition coil with 4 mm connection, 27 kV engineering VES 107 0 300 513 107 Silicon ignition cable with locating sleeve contact Connector Systems ✱ Silicon ignition cable with locating sleeve contact VES 103 0 300 413 109 Silicon ignition cable with saw-tooth sleeve contact ✱ Ignition coil with 4 mm connection, 30 kV engineering ✱ Fitted as standard 10 VESO 117 0 300 513 140 VES 106 0 300 413 112 Silicon ignition cable with locating sleeve contact On 4 cylinder engines an induction timer is fitted to the ignition cable of the 4th cylinder, on 6 cylinder engines this is fitted to the ignition cable of the 6th cylinder. When replacing cables, save the time-consuming and costly work of refitting an ignition cable with a built-in pulse timer. Your customer will be grateful to you for the roughly thirty pounds he saves. 1 Just remove the defective cable only. the ignition distributor plug on the new 2 Unscrew CopperCable (spray with Beru installation oil). 3 Drillhand).8 mm hole on the pulse timer (turn drill by cable with the M3 connection can 4 Thenowignition be pushed through the pulse timer. 5 Now lubricate the ignition cable with installation oil. 6 Finally, screw on the ignition distributor connector of the CopperCable. BMW Connector Systems Tip when installing in BMW with pulse timer for the 4 or 6 cylinder versions 11 MERCEDES-BENZ Spark plug connectors Spark plug Description and Order no. Ignition cable ✱ SW 21 4 mm ZLE 121 0 300 062 102 ✱ SW16 SAE ZLE 135 0 300 152 106 Silicon ignition cable with M3 contact ✱ Connector Systems SW 21 ✱ SW 16 ✱ Fitted as standard 12 4 mm WBAK 4/14/5 0 300 075 101 Ceramic version for V8 engines SAE ZLE 159 0 300 352 108 Spark plug Description and Order no. Ignition cable MERCEDES-BENZ Spark plug connectors ✱ SW 16 SAE ZLE 245 0 300 122 302 Silicon ignition cable with M3 contact ✱ SAE ✱ SW 16 ✱ SAE ZLE 227 0 300 362 106 12 cylinder vehicles Connector systems SW 16 ZLE 225 0 300 362 105 Fitted as standard 13 MERCEDES-BENZ Ignition distributor connectors Distributor cap Description and Order no. Ignition cable Distributor cap with 8 mm DIN connection VESO 113 0 300 513 113 Silicon ignition cable with M3 contact Distributor cap with SAE connection VSO 103 0 300 504 101 Silicon ignition cable with M3 contact M108 A to E CopperCable Complete ignition cable for ignition distributor - spark plug Distributor cap with M4 connection M111 A to C CopperCable Completion ignition cable for ignition distributor - ignition coil The distributor connectors for the distributor cap with M4 connection cannot be fitted (crimped) on their own. Beru therefore supplies complete individual ignition cables in various lengths. (see CopperCable List of Applications). Connector systems Ignition coil connectors 14 Ignition coil Description and Order no. Ignition coil with 8 mm DIN connection, standard connector pin VESO 113 0 300 513 113 Ignition coil with 8 mm DIN connection with thick connector pin VSO 105 0 300 504 103 Twin ignition coil (2 no.) VS 107 0 300 404 108 Twin ignition coil/connector coil (2; or 3 no.) VS 106 0 300 404 107 Ignition cable Silicon ignition cable with M3 contact Spark plug Description and Order no. Ignition cable OPEL Spark plug connectors for 4 cylinders, 16 valves ZLE 200 0 300 312 108 SW 16/21 Silicon ignition cable with M3 contact SAE Ignition distributor connectors Distributor Cap Description and Order no. Ignition cable VESO 120 0 300 513 124 Distributor cap with M4 connection 16 valve version, 30 kV engineering VES 114 0 300 413 120 Silicon ignition cable with M3 contact Ignition coil connectors Description and Order no. Ignition cable VESO 120 0 300 513 124 Ignition coil with 4 mm connection, 30 kV engineering VES 114 0 300 413 120 Silicon ignition cable with M3 contact Connector systems Ignition coils 15 VW/AUDI/SEAT Spark plug connectors Spark plug Description and Order no. Ignition cable 16 valve engines SW 16 SAE ZLE 168 0 300 332 105 PVC/silicon ignition cable with saw-tooth contact 8 valve engines SW 21 4 mm ZLE 205 0 300 072 110 PVC/silicon ignition cable with saw-tooth contact V6 engines (Audi) SW 16 SAE ZLE 212 0 300 172 107 Silicon ignition cable with locating sleeve contact VR6 engines (Volkswagen) SW 16 SAE ZLE 226 0 300 172 108 Silicon ignition cable with locating sleeve contact Connector systems Ignition distributor connectors 16 Distributor cap Description and Order no. Ignition cable Distributor cap with 8 mm DIN connection ➝ 7.84 VESO 113 0 300 513 113 PVC/silicon ignition cable with M3 contact VES 105 0 300 413 111 Distributor cap with saw-tooth connection 8.84 ➝ VESO 116 0 300 513 119 PVC/silicon ignition cable with saw-tooth contact Ignition coil Description and Order no. Ignition cable VW/AUDI/SEAT Ignition coil connectors ✱ Ignition coil with 8 mm DIN connection ➝ 7.84 VES 102 0 300 413 108 VESO 116 0 300 513 119 PVC/silicon ignition cable with saw-tooth contact ✱ Ignition coil with saw-tooth connection 8.84 ➝ VES 105 0 300 413 111 Ignition transformer 6 cylinder Ignition transformer 4 cylinder VESO 116 0 300 513 119 Connector systems ✱ ✱ Fitted as standard 17 UNIVERSAL Connector Systems for vehicles with 8 mm DIN distributor connection Spark plug connectors 18 Spark plug Description and Order no. SW 16 SW 21 SAE ZLE 175 0 300 112 101 SAE ZLE 171 0 300 312 102 SW 16 SW 21 Ignition cable Silicon ignition cable with M3 contact Ignition distributor connectors Distributor cap Distributor cap with 8 mm DIN connection Description and Order no. Ignition cable VESO 113 0 300 513 113 Silicon ignition cable with M3 contact VES 108 0 300 413 114 Silicon ignition cable with locating sleeve contact Ignition coil connectors Ignition coil Description and Order no. Ignition cable Ignition coil with 8 mm DIN connection VESO 113 0 300 513 113 Silicon ignition cable with M3 contact For secure Beru PowerCable attachments: The high-grade steel core of this PowerCable, which is wound around a silicon carrier, can reliably transmit high-voltage of up to 40,000 volts. To ensure that this high ignition voltage also reaches the spark plugs without power loss, the PowerCable is double-insulated with a highly flexible, internal silicon layer and a sheath which remains stable, flexible and resistant to disruptive discharge at temperatures between -60 °C and +250 °C. This silicon sheath provides effective protection for the power cable against external influences such as oil, petrol, salt water and acid. Between the inner and outer insulation there is a textile material, providing mechanical strengthening for the ignition cable. 1 Press the cable together with the thumb and index finger. 2 Insert the contact pin into the cable between the insulation and resistor wire. 3 Insert sleeve into the cable (contact pin on the sleeve). 4 Now simply crimp the cable ... 5 then, with the help of the tool and installation oil, slide into the waterproof cover on the spark plug connector from below. Installation instructions for PowerCable PowerCable connector systems 19 Attaching resistor ignition cables securely Attaching the SAE ignition cable sleeve: 4. Attach a) Insert ignition cable with sleeve into pliers. b) Press pliers together until they self-release. 1. Cut ignition cable cleanly. 2. Insert contact pin into the cable between insulation and resistor wire (see installation tip Page 19). 3. Insert SAE sleeve into ignition cable. Attaching the angled SAE ignition cable sleeve: 4. Attach 1. Cut ignition cable cleanly. 2. Insert contact pin into the cable between insulation and a) Insert ignition cable with sleeve into pliers. b) Press pliers together until they self-release. resistor wire (see installation tip Page 19). 3. Attach angled SAE ignition cable sleeve to the ignition cable so that the contact pin comes into contact with the sleeve body. Attaching the DIN ignition cable sleeve: Installation instructions for PowerCable 1. Cut ignition cable cleanly. 4. Attach a) Insert ignition cable with sleeve into pliers. b) Press pliers together until they self-release. 2. Insert contact pin into the cable between insulation and resistor wire (see installation tip Page 19). 3. Attach DIN sleeve to ignition cable so that the contact pin comes into contact with the sleeve body. Contact pins * for PowerCable Order no. Packaging unit 0 901 300 010 100 nos. in poly bag * One bag (100 no.) of contact pins is included with every 25 m roll of PowerCable. 20 Waterproof Mouldings Order no. Length (mm) Cable dia.(mm) Internaldia.(mm) Material Use G 1 PK 0 010 300 002 32 5+7 15 PVC Ignition distrib. G 1 PL 0 010 300 003 50 5+7 15 PVC Ignition distrib. G1N 0 010 110 001 40 7 13 Neoprene Ignition distrib. G1S 0 010 120 003 38 7 13 Silicon Ignition distrib. G2S 0 010 330 003 50 7 15 Silicon Ignition distrib. G2P 0 010 100 001 48 7 13 PVC Ignition distrib. G3P5 0 010 100 002 25 5 13 PVC Ignition distrib. G3P7 0 010 100 003 25 5 13 PVC Ignition distrib. G4P7 0 010 100 006 30 5 11 PVC Ignition distrib. GWS 7 0 010 020 006 14 – 18 Silicon Spark plugs GWS 9 0 010 020 007 27 – – Silicon Spark plugs GWS 7 0 010 320 002 67 7 10 Silicon Ignition distrib., Spark plugs GW 11 0 010 310 005 47 7 – Silicon Ignition distrib., Spark plugs G3S 0 010 120 004 98,5 7 – Silicon Spark plugs Connector systems Type 21 Helpful tools Helpful tools 22 Plug extractor ZSA 2 Order no. 0 890 300 008 Extractor for 16 V connectors ZSA 4 Order no. 0 890 300 014 Plug extractor The practical and helpful Beru spark plug tool We all know the problem: the engine is hot, the spark plug connector is difficult to reach - now the spark plugs are supposed to be changed. If the connectors are pulled off at the cable there is the risk of the ignition cable being pulled out. Extracting the connector using the wrong type of pliers will damage the connector. The Beru solution: special tools which enable you to extract the spark plug connectors easily. In years gone by it was all so much easier. In those days car engine compartments were so large you could almost lose the power units in them. Changing the spark plugs was no problem at all: everything was easily accessible and it took just a few minutes to do the job. Nowadays it’s totally different. Filled to the brim with electronics, every tiny space is utilised and spark plugs on modern 4-valve engines are located between deep crevices. A minor operation becomes a fiddly task even for mechanics. But now even the do-it-yourself mechanic no longer needs to throw in the towel immediately. The helpful spark plug tools from Beru make light work of changing plugs. With the help of the tool the plugs can be carefully tightened and loosened without you injuring or burning yourself on the engine. The flexible, rubber tool gives the mechanic “finger-tip sensitivity”, making it easy to avoid damaging the thread on the cylinder head or spark plugs caused e.g. by overtightening or using force. The spark plug also sits firmly in the tool. So damage components or incorrect electrode gap settings are now a thing of the past. Spark plug tool ZMH Order no. 0 890 000 001 Fitting made easier: sharpening the ignition cable We’re all familiar with the problem of fiddling with ignition cables which are so difficult to insert into an ignition distributor connector, spark plug connector or waterproof cover. There’s now an amazingly simple solution which makes installation so much easier for you. The end of the cable sheath can be sharpened slightly with the help of a normal pencil sharpener. Then, lubricated with a little installation oil, the ignition cable can be slotted easily into the opening provided. The easy way to fit connectors, with the help of installation oil This oil quickly dissolves and leaves no residues (Order no. 0890 300 020). It is vital not to use glycerine, engine oil, battery grease, silicon grease, silicon oil or cockpit spray. These materials are unsuitable and will clog the cables! Workshop tips A wide range of greases and oils are used in workshops for fitting spark plug, distributor and ignition coil connectors to ignition cables. But beware: not all materials are suitable! So it’s better to be “safe than sorry”! We recommend Beru special installation oil. 23 Printed in Germany • 04.06.97 • Bestell- Nr. 5 300 001 012 Beru Ruprecht GmbH & Co. KG Wernerstraße 35, D-71636 Ludwigsburg Postfach 229, D-71602 Ludwigsburg Telefon: ++49 71 41/ 1 32- 0 Telefax:++49 71 41/ 1 32 - 350